NBI in the Telecommunication Industry

Data in the telecommunications industry has now evolved into various forms, with fixed, mobile and broadband services constantly and simultaneously feeding them out to perpetually data-hungry users. To cope, operators are slowly turning to more long-term solutions like Network Business Intelligence (NBI) to deal with traffic problems that make New York City streets during rush hour look like a stroll in the park.

The telecommunications industry has never before seen an overwhelming influx of services and demand for QoS (Quality of Service) as it does today. And with the emergence of various networks such as 2G, 3G, 2.5G, and HSDPA, the rapidly increasing number of users, and the various types of data, audio, video and text, it seems that the end is nowhere in sight.

In the past, the solution to a surge in data traffic was simply to increase the bandwidth. Recently however, telecom operators have realized that doing so has slowly become nothing more than a band-aid solution. They spend a lot of money setting up the necessary infrastructure to double or triple the bandwidth, in some cases even more, only to find out that the demand easily catches up.

Let's go back to the city traffic analogy. When a city grows, so does the traffic. However, despite bumper-to-bumper conditions, city administrators don't automatically conduct road-widening operations. Knowing that such conditions don't happen round the clock nor do they happen in all streets at the same time, they implement traffic management schemes. Re-routing, one-way streets, and scheduling are some of the common strategies.

Network Business Intelligence (NBI) is similar to those traffic management schemes. Operators who implement NBI have this as one of their primary objectives: to maintain uptime in all services simultaneously. There's nothing more irritating to any customer than not being able to use a particular service. With NBI, it would be possible to reduce the bandwidth of certain services to accommodate another. Reduced speed and capacity is not as serious an issue as total unavailability.

Network Business Intelligence is not without its own complexities. New software will have to be installed and people will have to be trained. These too will have certain effects on a company's ROI. NBI is not much about generating new revenue as it is on saving on costs. But with the current economic environment, not many people will disagree that the latter would be the more prudent option.

Fiber Optics

is becoming apparent that almost everything is being replaced with fiber optics as an appropriate means of communication signal transmission. Fiber optics simply use light pulses to transmit information down lines of fiber. A transmitter, which is at one end of the system, is the place of origin for information coming onto the optical fiber lines. After the transmitter accepts coded electronic pulse information from copper wire, it translates the information into equivalently coded light pulses.

Using a lens, the light pulses are funneled into the fiber medium where they travel down the cable. On multi-mode fiber, the light is usually 850nm for shorter distances and 1,300nm for longer distances. On single-mode fiber, the light is usually 1,300nm for shorter distances and 1,500 for longer distances.

Single-mode fiber is a single stand of glass fiber, usually consisting of 2 fibers, with a diameter of 8.3 to 10 microns and has only one mode of transmission. Single-mode, having a relatively smaller diameter than multi-mode, carries higher bandwidth than multi-mode, but requires a light source with a narrow spectral width. Although single-mode fiber costs more than multi-mode, it gives you a higher transmission rate and up to 50 times more distance. The small core virtually eliminates any distortions that could result from overlapping pulses, providing the least signal interruption and the highest transmission speeds of any fiber optic type.

Multi-mode optical fiber has a slightly larger diameter, ranging from 50 to 100 microns. The most common size is of multi-mode fiber optic cable is 62.5 microns. Light waves are dispersed into multiple paths, or modes, as they travel the cables core
Unlike singlemode multi-mode can become distorted at the receiving end, resulting in an unclear and incomplete data transmission during long cable runs.

Upgrade to Satellite Internet Today

No matter where you live in the United States, you have probably considered upgrading to high-speed internet. A satellite internet connection offers anyone an excellent and reliable method to connect to the web at broadband speeds.

Dial-up internet was the national standard for quite some time. It opened up the first possibilities of tapping into the world wide web of communication and information. However, dial-up has its limitations. The connection speeds were slow and loading anything other than text could be a serious time drain. Trying to look at pictures or download media is nearly impossible at those speeds, especially if (like most people) you have any time constraints in life. Dial-up connections also tie up a phone line, making it impossible to have both internet and phone functioning simultaneously, a real drag.

High-speed internet soon came along and changed everything. There are a few different ways of getting a broadband connection. It's possible via cable, DSL, or satellite internet. For many consumers throughout the country, cable and DSL are impossible options. Many communities lack the expensive infrastructure needed for those connections. The providers of cable and DSL are unwilling to place that infrastructure in sparsely populated areas. However, a satellite dish allows anyone anywhere to tap into the net with the same high-speed broadband connection.

A broadband connection is important for anyone for many reasons. High-speed internet makes it possible to really get all the benefits of the web, ranging from online educational programs to downloading the latest Hollywood hits. It's possible to get a fully accredited undergraduate degree over the web. It's even possible to use the internet to receive television service, allowing people to save some money on the TV bill. A satellite broadband connection is perfect for all of these functions. It offers the necessary bandwidth, speed, reliability, and is always on. It's also far less expensive than some consumers think, and there are always deals available. Different price plans offer different bandwidth levels, ensuring that no one pays for more bandwidth than they need.

To get a personal dish installed is a simple process. A professional is legally required by FCC regulations to install all satellite dishes. They will come and set up the dish on an elevated platform with a clear line of sight view to the southern sky. The dish needs a clear path to communicate via radio waves with a geostationary satellite over the equator. Because the path of radio waves can be a bit broader than the dish itself, it's good to have a bit of clear space around the area where the dish is placed. Make sure that nothing is going to grow into an interfering position!

Once the installer sets up the dish and connects it to a personal computer in the house, they will check to verify the connection. From this point on, satellite internet is up and running and never needs to be disconnected. Surf the web to your content, take advantage of an online class, do some shopping, or enjoy a new film. A broadband connection is definitely worthwhile

Satellite Internet Opens a Whole New World to Rural and Remote Users

Satellite technology has become a major platform for delivering entertainment and communications services to rural and remote communities. These communities have relied on satellite technology for years to deliver television service when cable companies would not run service out to rural and remote users. The same situation occurred when DSL became available and urban and suburban Internet users were taking advantage of high speed Internet service where rural users were stuck with dial-up service because phone and cable companies did not want to invest in the infrastructure to provide remote and rural communities with high speed Internet access. This left people either relying on the notoriously unreliable dial up service or having no Internet service at all.

The satellite industry responded by making high speed service available to these communities that were deprived of high speed Internet service. This was accomplished by the development of special technology that included a special satellite Internet dish that both sends and receives signals that make having a high speed Internet connection possible. Coupled with a special satellite modem, satellite Internet users get a reliable always on signal that does not drop off and disconnect like dial-up does. There is nothing more frustrating than being in the middle of an email or a software download and having that disrupted by a disconnection. With satellite Internet, this is no longer an issue because you have a reliable always on connection that does not drop off and allows you to surf the Internet faster and complete downloads and uploads without interruption.

Because download times can be as fast as 50 times faster than dial-up, satellite Internet is an attractive option for rural and remote based businesses that need a reliable Internet connection to conduct business and also have a robust presence on the Internet. Many businesses perform mission critical operations over the Internet and use online programs to conduct various functions of their business. Many businesses rely on e-commerce activities which are essential to their profit margins. Having a high speed Internet connection allows them to remain competitive in the marketplace and perform functions with ease and speed, with plenty of flexibility for multiple users.

For the home user, satellite Internet has made home computing a lot easier. No longer do you have to tie up a phone line for dial-up Internet service. Depending on the service plan you choose and the frequency you use the Internet, home users can access the Internet at speeds that are 50 times faster than dial-up service. Emailing and downloading music, photos and videos is a breeze and you no longer have to worry about a dial-up connection dropping off in the middle of an important download. Important software updates which used to take over an hour to download now take just minutes with a satellite Internet connection. Home users are really enjoying the benefits of a satellite Internet connection because they can download and email faster without worrying about connection disruptions and dropped signals. With an always on connection, satellite Internet is always reliable and ready to provide hours of surfing and downloading activity that is reliable and fast.

The Latest in Satellite Internet

Given all the major advances that have taken place in the satellite internet industry, it's no wonder that so many people all across the world are choosing to subscribe to the service. When it first appeared on the market several years back, the mere fact that it was available from virtually any position on Earth was enough of a draw to pull in a tidal wave of new customers; now, however, the service has been refined and vastly improved, and there is every reason to want to have a satellite internet dish installed in your home, your RV, your boat, or even a mobile unit for your vehicle! From superior connection speeds to reduced signal latency and virtually nonexistent rain fade, today, connecting to the web via satellite dish is as efficient and practical as ever...and people seem to be noticing.

First of all, when the first satellite connections to the internet were made available, there was only the ability to download stuff from the web via the satellite service-all uploads had to be done using a regular phone modem, which was a terrible pain in the neck for anyone looking to improve the quality of their connection. This predicament made satellite internet connections impractical, especially for people that needed to constantly be uploading information to the web (such as people using the internet for study or work related purposes), and consequently the popularity of the service was not that impressive during the initial phases. Today, on the other hand, subscribers have the opportunity to get a two-way satellite communications system that completely cuts the phone modem out of the equation-which means the service is able to rise to the expectations of today's demanding customer base.

Further innovations have helped propel satellite internet services to the tippy-top of the telecommunications industry, able to provide the necessary guarantees of usability and reliability to match the needs of major corporations and transnational organizations. For example, through modifying the frequencies at which signals are sent, engineers have managed to avoid the issue of rain fade, which is basically the dispersion or absorption of the signal by moisture in the atmosphere. This means that interruptions in the service are brought down to virtually zero, so that the customer will have a functioning, always-on connection no matter what.

Additionally, by enlarging the diameter of uplink dishes, the intensity of the signal is vastly superior, which means that when it reaches your downlink dish (the one installed on your roof, wall, or in your lawn) it is of a higher quality, a measure which also helps to reduce the length of interruptions in the service. And lastly, and perhaps most importantly, the download speeds available through satellite internet have gone up to fantastic levels, peaking at round about 3mbps, which truly is the last and final bit of information most people need in order to be fully convinced that this is a telecommunications technology that is second to none, fully capable of providing the best of the best.

A World of Opportunities With Satellite Internet

When most people think of the commercial uses for satellite dishes and satellite technology in general, the usual things to pop into their minds are satellite television and perhaps satellite phones and GPS systems, all of which are very prominent applications of satellite technology. Nonetheless, there is another use for satellite technology that is perhaps more useful than all these others, and that would have to be satellite internet. Just like all satellite services, it is possible to get a connection from virtually anywhere in the world, which means that this technology can really open up a world of opportunities for any kind of customer, especially those with serious needs when it comes to using the internet.

Unlike TV, the internet performs a highly functional and critical role in our modern society; though it is used for entertainment a lot, it is also a key component of our modern communications and lots of people actually make their living thanks to the internet, whether doing freelance writing jobs from the other side of the planet than the person contracting them or simply using the web to upload reports and send emails for a regular office job. There is practically no role that satellite internet can't perform, and that's why more and more people-especially those that happen to live in rural areas where there is no way to connect to cable networks-every month choose to subscribe to satellite services, so that they can do everything they want with their internet connection.

Whether work or play, there are no limitations here, but rather a whole host of opportunities to take advantage of, and every guarantee that the experience will meet your expectations. Thanks to the superior connection rates available via satellite internet broadband, speed is not at all a concern when using such connections. With top speeds reaching up to 3 megabytes per second, that's enough to compare with the service that many people are getting via their DSL cable network-and at more or less the same price. When you stack these two options up next to each other, then, you realize that for more or less the same benefits, satellite internet allows people more flexibility and the ability to be located anywhere they want in the country, or in the world, which is a round about way of saying: it's the best darn thing out there!

From instant messaging to VoIP services such as Skype to fairly intensive, large scale file sharing operations, there is just no end to the list of things that can be done over a satellite internet broadband connection, and the more time goes by, the longer the list gets. Thanks to improvements over the last few years that have made the service more reliable than ever, virtually eliminating the chance of rain fade and effectively reducing signal latency, there is every reason to feel comfortable that the service is reliable enough to satisfy even the most stringent needs and demands. And, without a doubt, the coming years will see the industry become even more consolidated and reliable.

Satellite Internet

The concept of satellite internet is not something that has just been created, but has actually been around for quite a few years. While researchers and explorers have been using the technology for a while, only recently has it been introduced to the residential arena. The applications of satellite accessed internet are increasing as the technology and equipment become more advanced. While a lot of people understand the basic idea of an internet connection via satellite, there are a number of different tools that are necessary in order for it to work properly. Taking a look at all of the different equipment is a good way to enrich a person's knowledge about this technology.

The basic essential items that are needed for satellite internet are a computer, Ethernet card inside the computer, a modem, a dish, and a satellite. The beauty of this entire set up is that these tools can be at a home in the rural United States or an RV in the middle of the Sahara desert, in either place the internet will work the same. The entire process is quite straightforward and simple enough to understand. A person enters the information they want into their computer. The computer then sends the request to the modem, which then sends it to the terrestrial satellite dish.

The dish send the information request to the orbiting satellite that it is aligned with, which then sends the information request to a specified gateway. The gateway is terrestrially based and it translates the request for the internet and sends the desired information back down the line until it reaches the computer of origin. While this may seem like a long process for one simple request, the relay of information takes place within milli-seconds. The modern satellite internet equipment of today allows people to access high speed internet without having to use DSL or cable.

The problems a person might come into contact with in terms of how fast the exchange of information takes place between computer and satellite have to do with things that might obstruct the signal. Heavy rain can slow down the transfer of information between the terrestrial dish and satellite so areas that have a good amount of rain need to take this issue into consideration. There are special dishes that are designed to help combat rain fade. The larger a dish is in diameter, the more surface area there is to receive signals from the satellite. This way even individuals living in rainy areas can access satellite internet.

With proper installation, anyone can start accessing the internet from all over the world with relative ease and comfort. It is a better idea to have the equipment professionally installed because there are parts that could be confusing for someone who is not familiar with the technology. For satellite internet access a person needs an antenna and a dish that is connected to a transmit and receive device. Those items go outside, while inside there is an indoor receive unit and indoor transmit unit that connect to the computer and the dish outside. To make sure that all of the bells and whistles are set up and working properly, professional installation is the safest bet.